Viral and Bacterial Genome Sequencing
Technologies
Applications
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1
Complete bacterial and plasmid assembly - Long reads
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2
Direct RNA viral sequencing - With modifications ( m6A, Ψ )
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3
Targeted sequencing of plasmid and viral sequences - Low input
Deliverables
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1
Annotated genomes and plasmid
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2
Detection of resistance genes
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3
Detection of mutations down to 1% in abundance
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4
Viral sequence map with modification abundance
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5
5'-3' Replication efficiency
Expand your research horizons with IGATech's comprehensive genomics services, designed to provide a reliable and affordable tool suite to streamline the delivery of full genome and viral sequences. Our tailored solutions leverage the latest in sequencing technology to deliver unparalleled insights into the microbial world, revolutionizing how we approach microbiology and validation processes.
Large-Scale Bacterial and Viral Screening with Short-Read Sequencing
Dive into the genetic diversity of microbes on a grand scale with our short-read sequencing services. Ideal for large-scale screening, this approach offers an economical solution for comprehensive microbial identification and characterization. Benefit from the economies of scale and reduced costs without compromising on depth or accuracy, ensuring your research is both efficient and extensive.
Rapid Genomic and Plasmid Reconstruction with Nanopore Technology
Experience the future of bacterial sequencing with our nanopore technology-based services. This approach allows for the swift reconstruction of both genomic and plasmid sequences within few days. A complete gap-less and error free genome sequence is the base to understand resistance mechanisms, virulence factors, and evolutionary patterns with unprecedented speed and clarity.
Direct RNA and DNA Sequencing for Viral Research
Our direct RNA and DNA sequencing services, powered by Oxford Nanopore Technologies provides a direct window into the viral genetic material, bypassing traditional limitations and offering a comprehensive view of viral evolution, mutation rates, and pathogenicity mechanisms. Ideal for emerging pathogens and rapidly mutating viruses this technology also allow to detect base modifications on the RNA molecule such as N6-methyladenosine (m6A) and pseudouridine ( Ψ ) which are known to play important role in stability of the molecule and replication rate.
Custom Panels for Complete Viral/Replicon Detection and Sequencing
Tackle the challenge of low viral titers with our custom amplicon panels designed for the amplification and sequencing of entire viral genomes. These tailored solutions ensure even viruses present in minimal quantities are not overlooked, providing a complete picture of the viral genome for in-depth analysis and study. This approach is invaluable for tracking viral mutations, understanding transmission dynamics, and developing targeted interventions. IGATech has successfully used this strategy for SarsCov2 monitoring during pandemic emergency.